Imen Boumar (@imenalscientist) 's Twitter Profile
Imen Boumar

@imenalscientist

ID: 1590096656204185600

calendar_today08-11-2022 21:39:32

6 Tweet

19 Followers

70 Following

LifETIME-CDT (@cdtlifetime) 's Twitter Profile Photo

This week we welcomed our new 2022 cohort to the University of Glasgow. The students have spent this week here UofGARC enjoying a range of multidisciplinary lectures and labs. The new cohort also got the chance to enjoy some team building activities at the locked in escape rooms.

This week we welcomed our new 2022 cohort to the <a href="/UofGlasgow/">University of Glasgow</a>. The students have spent this week here  <a href="/UofGARC/">UofGARC</a> enjoying a range of multidisciplinary lectures and labs. The new cohort also got the chance to enjoy some team building activities at the locked in escape rooms.
Imen Boumar (@imenalscientist) 's Twitter Profile Photo

Proud of this achievement! Honoured to work with AMMLab NYUAD on having this paper out in Microsystems and Nanoengineering. nature.com/articles/s4137โ€ฆ

Guder Research Group (@guderesearch) 's Twitter Profile Photo

We are editing a special issue for Biosensors & Bioelectronics (Elsevier ) on "Biosensing Technologies for Continuous Monitoring", together with Can Dincer, Song Ih Ahn , Maral Mousavi and Man Bok Gu. ๐Ÿš€ #science #publishing #continuous #sensors

We are editing a special issue for Biosensors &amp; Bioelectronics (<a href="/ElsevierConnect/">Elsevier</a> ) on "Biosensing Technologies for Continuous Monitoring", together with <a href="/CanDincer83/">Can Dincer</a>, <a href="/songihahn/">Song Ih Ahn</a> , Maral Mousavi and Man Bok Gu.
๐Ÿš€
#science #publishing  #continuous #sensors
Imen Boumar (@imenalscientist) 's Twitter Profile Photo

(3/3) Our preliminary findings represent progress towards the creation of a switchable biosensor on a disposable screen-printed gold electrode, specifically designed for monitoring cell therapy processes. LifETIME-CDT #lifetimeTC24

(3/3) Our preliminary findings represent progress towards the creation of a switchable biosensor on a disposable screen-printed gold electrode, specifically designed for monitoring cell therapy processes. <a href="/CDTLifETIME/">LifETIME-CDT</a> #lifetimeTC24
Imen Boumar (@imenalscientist) 's Twitter Profile Photo

(2/3) Cell therapy (CT) so far has provided life-saving cures for many illnesses that were previously untreatable through traditional medicines. But it is still too expensive, and automating the CT manufacturing process is one way to reduce costs. #biosensors ZimmerandPeacock

(2/3) Cell therapy (CT) so far has provided life-saving cures for many illnesses that were previously untreatable through traditional medicines. But it is still too expensive, and automating the CT manufacturing process is one way to reduce costs. #biosensors <a href="/ZimmerPeacock/">ZimmerandPeacock</a>
Imen Boumar (@imenalscientist) 's Twitter Profile Photo

(1/3) Development of a Sensor for Cell Therapy Process Automation Our work integrates smart biosensors into #bioreactors using stimuli-responsive technology that allows for the biosensor to be switched on or off for on-demand sensing of cell-secreted molecules. LifETIME-CDT

(1/3) Development of a Sensor for Cell Therapy Process Automation

Our work integrates smart biosensors into #bioreactors using stimuli-responsive technology that allows for the biosensor to be switched on or off for on-demand sensing of cell-secreted molecules. <a href="/CDTLifETIME/">LifETIME-CDT</a>